Automation Engineer

EGGER

EGGER stands for sustainable growth; we are an international company with more than 9,600 employees in 8 countries and 60 years of experience in the wood industry. One of the most important factors that enable us to grow continuously is our successful teamwork. We are looking for a new co-worker who will join us as Automation Engineer in our EGGER Gebze Plant, which produces plastic edgebanding.

QUALIFICATION

• Bachelor’s Degree in engineering departments, preferably Mechatronics, Mechanical,Electric and Electronics, Electronics, Automation or Control Systems Engineering
• Preferably 2 years of experience in industrial automation applications on software development and commissioning stages
• Excellent command of spoken and written English (Interviews will be conducted in English)
• Experience on PLC and SCADA system programming
• Experience on Siemens TIA Portal (V15 preferred) for PLC (S7 1500 preferred) and SCADA, WinCC SCADA, Simatic Manager
• Experience on industrial communication protocols (profinet, profibus, modbus, enternet)
• Experience on motor drivers and motion control systems (ABB & Siemens preferred)
• Experience and basic knowledge on circuit design and automation control systems electrical components
• Experience on Eplan
• Strong interest on new automation technologies and training
• Well organized and strong commitment, able to keep up with the busy work pace
• Having sense of detail and able take initiative and responsibility
• Self-motivated and having a business mind-set and high energy
• Good communication and team work skills
• Able to work with international teams with global mind-set
• Active driver with the valid driver's license
• Having no obstacle to travel abroad
• Living in Gebze, İzmit (E5) or İstanbul Anatolian Side, Service Bus 1-(İdealtepe-Cevizli-Atalar-Kartal-Sahilyolu-Pendik-E5-Gebze), Service Bus 2-(Acıbadem, E5, Gebze)

JOB DESCRIPTION

• To ensure maximum efficiency of electronic and industrial systems
• Modeling and making available systems
• Designing systems that can be programmed, controlled and provide feedback
• Identify the problems of automation systems, formulate and solve these problems
• Ensuring that multiple systems work in harmony
• Evaluating the data received from the systems and making the necessary improvements